METAL COILS ENDORSEMENT (NYS) 2026 UPDATE|COMPLETE EXAM SET QUESTIONS
AND VERIFIED ANSWERS | GET IT 100% ACCURATE!!| ALREADY PASSED A+
Question 1
Which types of commercial vehicles are required to comply with specific cargo securement
regulations for metal coils?
A) Any vehicle over 5,000 lbs GVWR
B) Only semi-trailers and full trailers
C) Trucks, tractors, and trailers with a GVWR of more than 10,000 lbs
D) Only vehicles transporting hazardous materials
E) All commercial vehicles regardless of weight
Correct Answer: C) Trucks, truck tractors, semi-trailers, full trailers and tractor-pole
trailers with a gross vehicle weight rating of more than 10,000 lbs.
Rationale: The regulations apply specifically to commercial motor vehicles that meet the
weight threshold of 10,000 lbs GVWR, as these vehicles carry the kinetic energy potential
that requires standardized securement.
Question 2
What is the minimum lateral (side-to-side) force a securement system must withstand when a
vehicle is traveling on a curve?
A) 20% of the cargo weight
B) 50% of the cargo weight
C) 80% of the cargo weight
D) 100% of the cargo weight
E) 120% of the cargo weight
Correct Answer: B) The minimum side-to-side or lateral force = 50% of the cargo weight
when traveling on a curve or ramp, changing lanes or turning.
Rationale: To prevent the load from shifting or tipping during centrifugal forces exerted in
turns or lane changes, the system must be able to resist at least half the weight of the cargo.
Question 3
If a metal coil weighs 10,000 lbs., how many pounds of securement must be provided to prevent
rearward movement?
A) 1,000 lbs.
B) 2,500 lbs.
C) 5,000 lbs.
D) 8,000 lbs.
E) 10,000 lbs.
Correct Answer: C) 5,000 lbs.
Rationale: Performance criteria require securement to withstand 0.5g (50%) of the load's
weight in the rearward direction. 50% of 10,000 lbs. is 5,000 lbs.
Question 4
In terms of gravity ("g"), how is the performance criteria for rearward securement expressed?
, 2
A) 0.2 g
B) 0.5 g
C) 0.8 g
D) 1.0 g
E) 1.5 g
Correct Answer: B) 0.5 g.
Rationale: The standard acceleration/deceleration threshold for rearward and lateral forces
is 0.5 g, representing 50% of the weight of the cargo.
Question 5
What is the official definition of "Working Load Limit" (WLL)?
A) The weight at which a chain will snap
B) The total weight of the vehicle and the cargo
C) The maximum load applied to a component during normal service
D) The weight of the coil divided by the number of chains
E) The maximum speed allowed while carrying a coil
Correct Answer: C) The maximum load that may be applied to a component of a cargo
securement system during normal service; it is usually assigned by the manufacturer of the
component.
Rationale: WLL is a safety rating assigned by manufacturers to indicate the maximum force
a component can safely handle without risk of failure.
Question 6
Under state and federal regulations, who is legally responsible for ensuring a load is properly
secured?
A) Only the driver
B) Only the motor carrier
C) The loader and the receiver
D) Both the motor carrier and the driver
E) The manufacturer of the metal coil
Correct Answer: D) The motor carrier and driver.
Rationale: Responsibility is shared; the carrier must provide proper equipment and
training, while the driver must ensure the load is physically secured and inspected.
Question 7
How many miles into a trip must a driver stop to check the cargo and securing devices?
A) Within the first 10 miles
B) Within the first 25 miles
C) Within the first 50 miles
D) Within the first 100 miles
E) At the first state line
, 3
Correct Answer: C) 50 Miles
Rationale: Loads often settle or shift slightly after movement begins. Checking within the
first 50 miles allows the driver to tighten any straps or chains that have loosened.
Question 8
What is the maximum Working Load Limit of a binder handle marked "3/8-G7"?
A) 2,650 lbs.
B) 3,000 lbs.
C) 4,700 lbs.
D) 6,600 lbs.
E) 7,200 lbs.
Correct Answer: D) 3/8-G7 = 6,600 lbs.
Rationale: Grade 7 (Transport) chain components have specific strength ratings. A 3/8-inch
G7 component is rated for 6,600 lbs.
Question 9
What is the Working Load Limit of a binder handle marked "7/16-G43"?
A) 3,900 lbs.
B) 5,400 lbs.
C) 6,600 lbs.
D) 7,200 lbs.
E) 10,000 lbs.
Correct Answer: D) 7/16-G43 = 7,200 lbs.
Rationale: Grade 43 (High Test) chain in 7/16-inch size is assigned a WLL of 7,200 lbs. by
standard manufacturing tables.
Question 10
If you are using 2-inch synthetic webbing that has no visible WLL markings, what is the default
WLL?
A) 500 lbs.
B) 1,000 lbs.
C) 2,000 lbs.
D) 4,000 lbs.
E) It is considered zero and cannot be used
Correct Answer: C) 2,000 lbs.
Rationale: When synthetic webbing is unmarked, regulations assign a default value of 1,000
lbs. per inch of width. Therefore, a 2-inch strap is rated at 2,000 lbs.
Question 11
If a metal coil is secured with 3/8-inch chains that do not display a grade rating, what default
strength is assigned to each chain?
AND VERIFIED ANSWERS | GET IT 100% ACCURATE!!| ALREADY PASSED A+
Question 1
Which types of commercial vehicles are required to comply with specific cargo securement
regulations for metal coils?
A) Any vehicle over 5,000 lbs GVWR
B) Only semi-trailers and full trailers
C) Trucks, tractors, and trailers with a GVWR of more than 10,000 lbs
D) Only vehicles transporting hazardous materials
E) All commercial vehicles regardless of weight
Correct Answer: C) Trucks, truck tractors, semi-trailers, full trailers and tractor-pole
trailers with a gross vehicle weight rating of more than 10,000 lbs.
Rationale: The regulations apply specifically to commercial motor vehicles that meet the
weight threshold of 10,000 lbs GVWR, as these vehicles carry the kinetic energy potential
that requires standardized securement.
Question 2
What is the minimum lateral (side-to-side) force a securement system must withstand when a
vehicle is traveling on a curve?
A) 20% of the cargo weight
B) 50% of the cargo weight
C) 80% of the cargo weight
D) 100% of the cargo weight
E) 120% of the cargo weight
Correct Answer: B) The minimum side-to-side or lateral force = 50% of the cargo weight
when traveling on a curve or ramp, changing lanes or turning.
Rationale: To prevent the load from shifting or tipping during centrifugal forces exerted in
turns or lane changes, the system must be able to resist at least half the weight of the cargo.
Question 3
If a metal coil weighs 10,000 lbs., how many pounds of securement must be provided to prevent
rearward movement?
A) 1,000 lbs.
B) 2,500 lbs.
C) 5,000 lbs.
D) 8,000 lbs.
E) 10,000 lbs.
Correct Answer: C) 5,000 lbs.
Rationale: Performance criteria require securement to withstand 0.5g (50%) of the load's
weight in the rearward direction. 50% of 10,000 lbs. is 5,000 lbs.
Question 4
In terms of gravity ("g"), how is the performance criteria for rearward securement expressed?
, 2
A) 0.2 g
B) 0.5 g
C) 0.8 g
D) 1.0 g
E) 1.5 g
Correct Answer: B) 0.5 g.
Rationale: The standard acceleration/deceleration threshold for rearward and lateral forces
is 0.5 g, representing 50% of the weight of the cargo.
Question 5
What is the official definition of "Working Load Limit" (WLL)?
A) The weight at which a chain will snap
B) The total weight of the vehicle and the cargo
C) The maximum load applied to a component during normal service
D) The weight of the coil divided by the number of chains
E) The maximum speed allowed while carrying a coil
Correct Answer: C) The maximum load that may be applied to a component of a cargo
securement system during normal service; it is usually assigned by the manufacturer of the
component.
Rationale: WLL is a safety rating assigned by manufacturers to indicate the maximum force
a component can safely handle without risk of failure.
Question 6
Under state and federal regulations, who is legally responsible for ensuring a load is properly
secured?
A) Only the driver
B) Only the motor carrier
C) The loader and the receiver
D) Both the motor carrier and the driver
E) The manufacturer of the metal coil
Correct Answer: D) The motor carrier and driver.
Rationale: Responsibility is shared; the carrier must provide proper equipment and
training, while the driver must ensure the load is physically secured and inspected.
Question 7
How many miles into a trip must a driver stop to check the cargo and securing devices?
A) Within the first 10 miles
B) Within the first 25 miles
C) Within the first 50 miles
D) Within the first 100 miles
E) At the first state line
, 3
Correct Answer: C) 50 Miles
Rationale: Loads often settle or shift slightly after movement begins. Checking within the
first 50 miles allows the driver to tighten any straps or chains that have loosened.
Question 8
What is the maximum Working Load Limit of a binder handle marked "3/8-G7"?
A) 2,650 lbs.
B) 3,000 lbs.
C) 4,700 lbs.
D) 6,600 lbs.
E) 7,200 lbs.
Correct Answer: D) 3/8-G7 = 6,600 lbs.
Rationale: Grade 7 (Transport) chain components have specific strength ratings. A 3/8-inch
G7 component is rated for 6,600 lbs.
Question 9
What is the Working Load Limit of a binder handle marked "7/16-G43"?
A) 3,900 lbs.
B) 5,400 lbs.
C) 6,600 lbs.
D) 7,200 lbs.
E) 10,000 lbs.
Correct Answer: D) 7/16-G43 = 7,200 lbs.
Rationale: Grade 43 (High Test) chain in 7/16-inch size is assigned a WLL of 7,200 lbs. by
standard manufacturing tables.
Question 10
If you are using 2-inch synthetic webbing that has no visible WLL markings, what is the default
WLL?
A) 500 lbs.
B) 1,000 lbs.
C) 2,000 lbs.
D) 4,000 lbs.
E) It is considered zero and cannot be used
Correct Answer: C) 2,000 lbs.
Rationale: When synthetic webbing is unmarked, regulations assign a default value of 1,000
lbs. per inch of width. Therefore, a 2-inch strap is rated at 2,000 lbs.
Question 11
If a metal coil is secured with 3/8-inch chains that do not display a grade rating, what default
strength is assigned to each chain?
